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-rw-r--r--spec/padding-spec/connection-level-padding.md8
1 files changed, 4 insertions, 4 deletions
diff --git a/spec/padding-spec/connection-level-padding.md b/spec/padding-spec/connection-level-padding.md
index b0450d7..5c01f38 100644
--- a/spec/padding-spec/connection-level-padding.md
+++ b/spec/padding-spec/connection-level-padding.md
@@ -13,7 +13,7 @@ Such metadata retention is implemented by Internet routers in the form of
Netflow, jFlow, Netstream, or IPFIX records. These records are emitted by
gateway routers in a raw form and then exported (often over plaintext) to a
"collector" that either records them verbatim, or reduces their granularity
-further[1].
+further\[1\].
Netflow records and the associated data collection and retention tools are
very configurable, and have many modes of operation, especially when
@@ -147,7 +147,7 @@ bidirectional padding packet rate is now a third random variable:
Z = min(Y,Y).
The distribution of Z is slightly bell-shaped, but mostly flat around the
-mean. It also turns out that Exp[Z] ~= Exp[X]. Here's a table of average
+mean. It also turns out that Exp\[Z\] ~= Exp\[X\]. Here's a table of average
values for each random variable:
```text
@@ -178,7 +178,7 @@ in each direction (309KB total).
With 2.5M completely idle clients connected simultaneously, 52 bytes per
second amounts to 130MB/second in each direction network-wide, which is
-roughly the current amount of Tor directory traffic[11]. Of course, our
+roughly the current amount of Tor directory traffic\[11\]. Of course, our
2.5M daily users will neither be connected simultaneously, nor entirely
idle, so we expect the actual overhead to be much lower than this.
@@ -192,7 +192,7 @@ clients to relays. This cell is used to instruct relays to cease sending
padding.
If the client has opted to use reduced padding, it continues to send
-padding cells sampled from the range [9000,14000] milliseconds (subject to
+padding cells sampled from the range \[9000,14000\] milliseconds (subject to
consensus parameter alteration as per Section 2.6), still using the
Y=max(X,X) distribution. Since the padding is now unidirectional, the
expected frequency of padding cells is now governed by the Y distribution